Methane to Biomass – or Moo to GooPacific Northwest National Laboratory2026-09-22 | Methane to Biomass – or Moo to GooStep up your HVAC game with the STEP CampaignPacific Northwest National Laboratory2024-04-23 | The U.S. Department of Energy's STEP Campaign promotes the use of smart diagnostic tools that allow HVAC contractors to quickly and easily commission new HVAC systems and identify faults in existing systems. Although automatic fault detection and diagnostics equipment is available today, it is offered only in a limited number of high-end products that aren’t yet cost-effective for most residential homeowners. Smart Diagnostic Tools address the system performance issue at a much lower cost.
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoIntroducing ShAPE 2: Next-generation metal extrusionPacific Northwest National Laboratory2024-04-02 | Extrusion, which can produce complex parts made of lightweight metals, is an increasingly important manufacturing process for everything from buildings to electric vehicles. PNNL’s patented Shear Assisted Processing and Extrusion (ShAPE™) technique is a step beyond traditional extrusion, capable of creating materials and components with extraordinary properties that cannot be achieved through conventional manufacturing. Now, the next-generation ShAPE machine has arrived at PNNL, where it will help prove the mettle of the ShAPE technique. “ShAPE 2,” which is up and running, is designed to allow researchers to produce larger, more complex extrusions—a major step toward many real-world industrial applications for the ShAPE technique.
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoMeet ChatGrid: a new AI-powered grid visualization toolPacific Northwest National Laboratory2024-03-20 | PNNL researchers have developed a new tool called ChatGrid to help utilities better visualize the power grid. ChatGrid runs on a large language model and produces visualizations of voltage, capacity, load, and more in response to user questions. For now, the tool only uses synthesized data from ExaGO, a model of the nation's electric grid. One day, the researchers hope that utilities will be able to use the tool with their own grid data. The researchers are looking grid operators to test the tool and provide feedback.
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoPowering Up to Solve Challenges in Energy StoragePacific Northwest National Laboratory2024-03-19 | Since the mid-2000's, PNNL has tackled some of the most important energy storage challenges by leveraging deep roots and long history in materials science research. Today, PNNL is leading several major energy storage programs for the Department of Energy. This work has had many scientific breakthroughs including efforts to address battery longevity, capacity, cold weather performance, and improved technologies from lithium-ion and lithium-metal batteries, along with breakthroughs on flow and sodium-ion batteries.
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoDigital Twins for HydropowerPacific Northwest National Laboratory2024-03-08 | With support from the Department of Energy’s Water Power Technologies Office, Pacific Northwest National Laboratory and Oak Ridge National Laboratory and are executing a multi-year project to design, develop, prototype, and demonstrate a Digital Twin (DT) for hydropower systems platform. Launched in 2021, the project will also address the accessibility and cost of DT systems. Developing a more affordable, user-friendly, open platform DT system for hydropower will enable it to be broadly operated by a technical workforce across the hydropower industry.
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoAdding Insulation when Re-Siding, a practical introduction for contractors and homeownersPacific Northwest National Laboratory2024-02-14 | Adding exterior continuous insulation to an existing house at the time of an already scheduled and budgeted re-siding project is a great way to deliver comfort, noise control, and energy savings! This practical introduction outlines homeowner rationale and benefits AND the basic building science principles and construction best practices that should be top-of-mind. Pacific Northwest National Laboratory is developing a broad range of decision-making tools and installation guidance so homeowners and contractors can confidently choose and execute this powerful wall upgrade.
Rather than processing mined aluminum, rigorous laboratory testing has shown that PNNL’s Shear Assisted Processing and Extrusion Process (ShAPE™) can transform 100 percent post-consumer scrap aluminum into usable extrusions that meet or exceed stringent ASTM standards for strength and flexibility for common building-grade alloys 6061 and 6063. The ShAPE technology unlocks the possibility of creating circularity in the aluminum scrap markets, thus reducing dependency on imported primary aluminum and the massive amounts of energy associated with its production.
With support from the Department of Energy’s Energy Transitions Initiative Partnership Project, PNNL scientists and engineers work directly with communities to understand their energy challenges and goals.
Researchers provide technical assistance in energy analysis and planning to enable tailored, clean energy solutions for these communities.
Learn more about PNNL’s approach to working with these communities and regional partners: bit.ly/3vGTfM5
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoPNNL and Microsoft join forces to accelerate scientific discovery for clean energy solutionsPacific Northwest National Laboratory2024-01-09 | PNNL’s multi-year collaboration with Microsoft marks the start of an exciting journey that will bring the power of AI to many aspects of scientific research. By working together, the teams have been able to create and synthesize a new battery material in less than nine months. This breakthrough shows the potential of AI, HPC, and quantum computing in the future, to radically accelerate scientific discovery in ways that could speed the way to a clean energy future and all manner of scientific discoveries.
#yearinreview #2023 #science #technology #laboratory #animation33 Facts from a Turkey ExpertPacific Northwest National Laboratory2023-11-21 | Before Zooarchaeologist Cyler Conrad came to PNNL to run environmental analyses for the Nuclear Regulatory Commission, his research began with the study of pre-contact human-turkey relationships. We asked him to share a few of his favorite facts about these majestic and complicated birds. Buckle in.
#turkeys #animalfacts #archaeology #mesoamerica #turkeyfacts #thanksgiving #zooarchaeology #zooarchaeologistAskPNNL: How do volcanic eruptions affect the carbon cycle?Pacific Northwest National Laboratory2023-11-13 | What are volcanoes injecting into our atmosphere and how does this affect Earth’s carbon cycle? Earth Scientist Hailong Wang explains.
#carboncycle #earthscientist #volcanoes #volcano #earthscienceCyber Resilience for SecurityPacific Northwest National Laboratory2023-11-06 | PNNL scientists Doug Nordwall, Thomas Edgar, and Adam Roberts are featured for their leadership and expertise in cybersecurity solutions that keep our nation and global community safe.
#cybersecurity #laboratory #nationalsecuritySalmon Summit | Careers in Fish PassagePacific Northwest National Laboratory2023-11-03 | Every year, fourth and fifth graders from across Eastern Washington raise fish as part of the Salmon in the Classroom curriculum. PNNL researchers and communicators share their experience, journey, and excitement about their careers that allow them to work in the fish passage space.
#washingtonstate #salmon #science #biologyPowering Up Guam | Extracting Hydrogen from SeawaterPacific Northwest National Laboratory2023-10-31 | The University of Guam (UOG) and the Department of Energy’s Pacific Northwest National Laboratory have begun work to evaluate the potential for converting seawater into hydrogen energy. Over the course of three years, the goal is to train faculty and students at UOG to perform fundamental research in understanding the complexity of electrode/liquid interfaces to control reaction pathways during hydrogen-producing seawater electrolysis.
#guam #hydrogen #hydrogenenergy #electrolysisAdvancing Science and Technology for Nuclear Explosion MonitoringPacific Northwest National Laboratory2023-10-31 | Pacific Northwest National Laboratory is advancing science and technology for nuclear explosion monitoring. It is important to monitor the globe for these explosions because some countries may perform nuclear explosive tests to develop or improve nuclear weapons. Learn more at: pnnl.gov/nuclear-explosion-monitoring
#ai #artificialintelligence #computingAskPNNL: What role do oceans play in the carbon cycle?Pacific Northwest National Laboratory2023-10-16 | Kalyn Dorheim, an Earth scientist at PNNL’s Joint Global Change Research Institute, explains how oceans store carbon.
Learn more about the Joint Global Change Research Institute: bit.ly/pnnl-jgcri3
#ocean #climatechange #carboncycle #decarbonizationThe m/q Initiative: Decoding the Molecular UniversePacific Northwest National Laboratory2023-10-13 | The m/q Initiative is revolutionizing the efficacy of mass spectrometry by offering a comprehensive, cohesive, and predictive grasp of the chemistry and physics governing all ions throughout a measurement. This understanding is then leveraged to forecast a quantitative multi-property response. m/q is poised to introduce groundbreaking modeling and analysis techniques that will facilitate molecule identification and quantification via mass spectrometry without the need for reference compounds. Additionally, it will enhance the capacity for measuring specific analytes.
#chemistry #physics #technology #massspectrometry #scienceCharging Ahead: 5 Energy Storage Innovations to WatchPacific Northwest National Laboratory2023-09-22 | From sodium aluminum batteries to next-generation grid storage, here are 5 energy storage innovations to watch as we head toward a clean energy future.
Learn more about energy storage research at PNNL: bit.ly/451Lf4i
#battery #batteries #powergrid #cleanenergy #science #laboratoryPNNL UTEP Partnership Expands STEM Opportunities for StudentsPacific Northwest National Laboratory2023-09-21 | Pacific Northwest National Laboratory helps students find their passions and place within STEM fields through various internship programs. Connie Ramirez, a student at the University of Texas at El Paso, shares her experiences at our lab. Learn more about her program at: pnnl.gov/projects/UTEP
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VIDEO SCRIPT
On-screen text: Searching for a great internship? Interested in science, technology, engineering, or math? Pacific Northwest National Laboratory (PNNL) could be for you!
University of Texas at El Paso (UTEP) student intern Connie Ramirez: "So this internship has impacted my academic career in the sense that I know what I really want to do now."
UTEP professor and chair of computer science Salamah Salamah: "So our students not only go through curriculum and all that, but they do conduct research."
PNNL mentor Penny McKenzie: "The collaboration that we're able to do with UTEP, they have the best students."
On-screen text: Internship opportunities. A premiere partnership between PNNL and UTEP.
Student intern Connie Ramirez: "So when I first got here, I thought I wasn't going to be good enough. I still struggle a lot with imposter syndrome, but everyone here has been so nice. I'm the type of person that can't sit still very often and I love to learn about new things. So I really love the fact that I can just go anywhere, talk to someone, ask, 'What is your project?' 'What are you doing?' And then I can go back to my own projects. My mentor’s name is Penny McKenzie. I am one of the very fortunate interns to have her as a mentor. She's incredible. She's understanding, very knowledgeable. She helps me stand up for myself, and she's just incredible. I'm very thankful for everything she's done for me."
UTEP professor Salamah Salamah: "We are very comfortable with our students being in this environment. Penny and the rest of the staff here at PNNL, they are very welcoming to our students. They're second parents, if you will, when they're away from home. We believe that they get a lot of the support, not only in the technical support, but that on the human level as well."
PNNL mentor Penny McKenzie: "I'm just one mentor out of hundreds of different mentors that we have here at the lab. All of us have different strengths that we can impart onto the next generation. We try to foster as much thoughtfulness as possible, along with making sure that they get not only the research experience that they're looking for, but also a sense of community."
UTEP professor Salamah Salamah: "PNNL, based on this visit, is just the perfect place. Again, everybody's welcoming. The research is top notch. We couldn't have asked for better."
#internship #stem #laboratoryHow can scientists weigh a neutrino?Pacific Northwest National Laboratory2023-09-06 | An international team of researchers from the United States and Germany leading an ambitious quest called Project 8 is reporting that their distinctive strategy is a realistic contender to be the first to measure the neutrino mass. Once fully scaled up, Project 8 could help reveal how neutrinos influenced the early evolution of the universe as we know it. Learn more: bit.ly/3qW9TFE
#animation #science #neutrino #subatomicparticles #physicsNew Technology Stores Carbon in the Ocean—Without Adding AcidPacific Northwest National Laboratory2023-08-21 | In the fight to slow climate change, the ocean might be humanity’s biggest ally. From studying seaweed's potential to become biofuel to increasing seawater's ability to sequester carbon, scientists at the Pacific Northwest National Laboratory are studying the many ways the ocean could help us stave off the worst effects of a warming world.
In a new effort, PNNL-Sequim researchers have teamed up with carbon sequestration technology company Ebb Carbon to test their technology that removes acid from seawater, allowing that seawater to absorb carbon dioxide without further acidifying the ocean.
This work is currently being supported by the U.S. Department of Energy’s Water Power Technologies Office, Climate Works and the National Oceanic and Atmospheric Administration’s Ocean Acidification Program.
#ocean #climatechange #science #laboratoryTaking Marine Energy Research to New Heights with Tethered Balloon SystemsPacific Northwest National Laboratory2023-07-31 | The Triton Initiative's Marine Wildlife Detection and Tracking Project team, including research lead Alicia Amerson, and scientists Joe Haxel, and Garrett Staines, partnered with Sandia National Laboratories and the University of Houston-Clear Lake to test a tethered balloon system for aerial marine wildlife monitoring applications around marine energy devices. The team traveled to La Porte, Texas, to validate a tethered balloon system equipped with a variety of thermal, optical, and multi-spectral sensors for marine mammal tracking and detection in coastal and offshore habitats.
#marinelife #science #technology #researchEnergy Sciences Center Tour: Calorimetry LabPacific Northwest National Laboratory2023-07-07 | Take a look inside the calorimetry lab in Pacific Northwest National Laboratory’s Energy Sciences Center. Here, researchers are studying the energies at the heart of chemical transformations using specialized instruments called calorimeters. The team is exploring aspects of energy conversion and storage, helping pave the way for an energy efficient future.
#laboratory #research #science #chemistryGraduate Student Researchers Explore a Clean Energy FuturePacific Northwest National Laboratory2023-06-23 | Graduate student researchers explore questions fundamental to a clean energy future and national security. Thanks to @doescience, they can access expertise and equipment not available at their home institutions. Meet seven such students working at PNNL. Then learn more about this exciting @Energy program: bit.ly/doe-scgsr
#cleanenergy #nationalsecurity #research #science #laboratoryAdvancing the Next Generation of Grid Energy Storage TechnologiesPacific Northwest National Laboratory2023-06-22 | Pacific Northwest National Laboratory (PNNL) in Richland, Washington will be the home to the U.S. Department of Energy, Office of Electricity’s new $75 million facility, the Grid Storage Launchpad (GSL), a national grid energy storage research and development facility that includes investments from the State of Washington, Battelle, and PNNL.
#research #laboratory #science #washingtonstateThe Safe Conduct of Research: We All Take Care of Each OtherPacific Northwest National Laboratory2023-06-01 | When a PNNL staff member had a near-fatal heart attack on the Richland campus, the response of two alert colleagues meant the difference between life and death. It's part of the culture of caring at PNNL, along with the Safe Conduct of Research principles. "It takes a system to save a life," says Captain Paramedic Josh Smith, Richland Fire Department. "It takes the patient to recognize that something's off today. It takes somebody else to maybe even prompt them, 'Hey, you don't look good.' And then it takes them to not be scared to activate that 911 system. And that day, everything was perfect."
For more information about PNNL, visit: pnnl.gov Facebook: facebook.com/PNNLgov Twitter: twitter.com/PNNLab LinkedIn: linkedin.com/company/pacific-northwest-national-laboratory Instagram: instagram.com/pnnlab Subscribe to PNNL News: share.hsforms.com/1KzC7T7UJQtSp0wgmB-nKzw3uxoArtificial-Intelligence-Guided Transmission Electron Microscope (AutoEM)Pacific Northwest National Laboratory2023-05-31 | The Artificial-Intelligence-Guided Transmission Electron Microscope (AutoEM) is a breakthrough innovation in nanoscience developed at the U.S. Department of Energy’s Pacific Northwest National Laboratory. AutoEM is a unique microscope platform that combines the power of machine learning with advanced automation to probe the building blocks of matter with unprecedented speed, clarity, and precision. It is enabling transformative discoveries in clean energy, quantum computing, medicine, and manufacturing. AutoEM can achieve in one hour what used to take a team of humans 1,000 hours.
#nanoscience #ai #machinelearning #science #technologyDrones for nuclear regulatory decommissioningPacific Northwest National Laboratory2023-05-18 | Pacific Northwest National Laboratory researchers found that drones have potential to conduct decommissioning radiological surveys, as detailed for the US Nuclear Regulatory Commission in the proof-of-concept report, “Drones for Decommissioning.”
#drone #technology #laboratory #scienceEnergy Sciences Center Tour: Film Growth LabPacific Northwest National Laboratory2023-03-06 | Take a look inside the film growth lab in Pacific Northwest National Laboratory’s Energy Sciences Center. Here, researchers are growing highly controlled thin films to study energy storage, quantum phenomena, and energy conversion reactions. They use customized instruments to deposit metals and oxygen atom-by-atom, making model systems that simplify complex realities to understand fundamental material behavior.
#cleanenergy #science #laboratory #energystorage #quantum #thinfilmsWhat Is Plastic Upcycling?Pacific Northwest National Laboratory2023-02-27 | Plastic upcycling provides a way to reuse the waste carbon now cluttering landfills and beaches. Learn more: http://bit.ly/3mcrl60
#BlackHistoryMonth #career #STEMcareers #energy #justice #researchBlack History Month: Meet Shelby JordanPacific Northwest National Laboratory2023-02-23 | As we celebrate Black History Month, project coordinator Shelby Jordan, a co-chair of PNNL Black Community Connection (BCC), shares why this month is meaningful to her. Learn more about BCC: bit.ly/pnnldiversity
#BlackHistoryMonth #career #STEMcareers #ProjectCoordinatorBlack History Month: Meet Jasmine EshunPacific Northwest National Laboratory2023-02-23 | As we celebrate Black History Month, data scientist Jasmine Eshun, a core member of PNNL Black Community Connection (BCC), shares her reflections on the month. Learn more about BCC: bit.ly/pnnldiversity
#BlackHistoryMonth #career #STEMcareers #DataScientistTritons Marine Wildlife Detection and Tracking ProjectPacific Northwest National Laboratory2023-01-31 | The Triton Initiative recently embarked on a six-day field campaign in La Porte, Texas for the Marine Wildlife Detection and Tracking Project. In partnership with Sandia National Laboratories and University of Houston, the Triton team put a tethered balloon system and sensor package to the test to detect and track marine mammal models. Such technologies have the potential to be deployed at marine energy test sites and other remote locations to observe and record how marine species may interact with marine energy devices, like wave energy converters.
#yearinreview #2022 #science #technology #laboratory #animationPNNL’s Grid Batteries: Better Energy Storage Technology for the Power GridPacific Northwest National Laboratory2022-11-17 | Batteries for the grid are the key to storing electricity generated from renewable sources. A special kind of battery—a redox flow battery—is ideal for grid storage because they can be easily scaled to store more energy. PNNL has developed next-generation redox flow batteries using different materials as we strive to discover lower cost, sustainable electrolytes. PNNL aims to exceed the Department of Energy’s Long-Duration Storage Shot goal for the next decade: grid batteries that deliver full power for more than 10 hours while costing 90 percent less.
This video was first played at the 2022 United Nations Climate Change Conference or Conference of the Parties (COP) 27 in Egypt on November 15, during a panel discussion led by Secretary of Energy Jennifer Granholm.
But don’t take it from us. Listen to five students share their experience with the Science Undergraduate Laboratory Internships (SULI) program.
SULI is sponsored by the Department of Energy Office of Science’s Office of Workforce Development for Teachers and Scientists (WDTS). Learn more about PNNL internship opportunities at pnnl.gov/wdts-internships.